Muhammad Faizan Email & Phone Number

Milpitas, California, Us

Milpitas, California, Us

• Developed High Voltage Interlock System firmware on Wafer Defect Review System. [8051 Microcontroller]• Assisted in firmware development of Robotic Handler Diagnostic System. [Cortex M4 Microcontroller] • Design and Executed Laser Interlock System to avoid lamp burst on Wafer Defects Inspection System. [PLC]• Resolving firmware bugs on customer tools in Multiple Division. • Practiced design process including requirements review, concept & design, documentation & release.

• Patent: M.I. Hayee, M. Faizan, S. Hussain. 2017. Real-Time Lane Departure Detection Using Map Shape Points and Trajectory Histories. U.S. Patent 62/599,496, filed December 15, 2017.• Implemented and executed an algorithm for a Real-time Lane Departure Warning System in C/C++ language on Savari communication device (IMX6 processor). It indicates unintentional lane drifting using GPS.• Programmed a single cycle MIPS-32 Bits Processor on spartan 6-Nexys 3 FPGA board in VHDL.• Developed an Advance Curve Warning System. It provides Real-Time position and advisory speed of a given curve.• Processed and Filtered different frequency noises to audio files by applying Chebyshev and Butterworth using MATLAB. • Assist Professor in his research and Examined vehicle’s trajectory to predict driver’s behavior.• Developed a Simple Voting System (C#). [Personal Project]• Implemented the Z-Buffer algorithm to render a complete scene with different geometric shapes (C++)

• Designed a GSM Based Monitoring Embedded System for Cranes, which monitors running times of different parts of cranes. Used GSM for sending and receive readings from Atmega32 8-bit Micro-Controller and made GUI using C# language at base-station. SPI, UART, I2C protocols were used for communication across different micro-controller. Relays were used to interface microcontroller to the PLC.• Developed an Ultrasonic Sensor System, which interfaced with PLC for pedestrian safety purpose at gantry side.• Implemented changes to crane control system, e.g., Smooth Trolley Stop Mechanism using ladder logic. • Integrated a Weighting System on ship-to-shore (STS) and served ADC parameters to PLC.• Investigated crane’s breakdowns (it uses MODBUS and ethernet) and troubleshoot Analog/Digital Design circuits.

Worked on Different Industrial instruments e.g. Load Cell, IR Sensor, Flow Sensor and analog circuitry.Improved design of load cell connections to PLC (Programmable Logic Controller) unit.

Familiarized basic Circuit diagrams of different parts of Airplane.Analyzed Communication tools need to contact to Base Station.

Master'S Degree, Electrical Engineering

Bachelor'S Degree, Industrial Electronics